C1363.41.90 Cables, Wires

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Multiple Conductor Cables encompass a wide variety of cable types that contain multiple insulated conductors protected by an overall cover or sheath. C1363.41.90 is a particular type of multiple conductor cable that is designed for high-speed switching applications. This type of cable uses twisted pairs to create a reliable connection, and the twisted pairs are arranged within an overall tube for additional protection.

The term “C1363.41.90” is actually a specific designation assigned to this type of cable by the International Electrotechnical Commission (IEC). C1363.41.90 is used to designate multiple conductor cables that are used to connect two devices together for high-speed switching applications. These cables are generally used to transmit digital signals, such as those used in communication networks or computer systems. The IEC also specifies the types of conductors, the type of insulation, and the overall specifications of the cable.

C1363.41.90 cables feature two twisted pairs inside of an outer jacket. The two twisted pairs are twisted together, each with its own insulation. This creates a reliable connection that is unaffected by electrical interference from external sources. The outer jacket provides a layer of protection and also helps to reduce electrical noise. The outer jacket can be made of different materials, such as polyethylene or PVC.

In terms of performance, C1363.41.90 cables are designed to high standards, with a round trip latency of less than 20ns at 1.1GHz. They also feature superior shielding performance, with an average S11 losses of less than -20dB across its entire frequency range. C1363.41.90 cables also provide excellent insertion loss performance, meaning that signals will not be lost when being transmitted over long distances.

C1363.41.90 cables can be used in various applications. They are often used in computer networks as they are suitable for high-speed data transmission. C1363.41.90 cables are also used in home theater systems, automotive systems, and precision industrial automation. Additionally, C1363.41.90 cables are often used in medical systems, RFID systems, and in aviation systems.

The working principle of C1363.41.90 cables is relatively straightforward. When a signal is sent over the cable, it is first split into two twisted pairs. Then the signal is transmitted over the two twisted pairs, which helps to reduce interference. The two twisted pairs also help to reduce crosstalk, meaning that signals from other conductors will not interfere with each other. The outer jacket provides an additional layer of protection, ensuring that the signal is not affected by outside interference.

In conclusion, C1363.41.90 cables are designed for high-speed switching applications and feature two twisted pairs within an overall jacket. They offer good performance in terms of round trip latency, shielding, and insertion loss, making them suitable for a variety of applications. C1363.41.90 cables are easy to use and are relatively straightforward in terms of their working principle.

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